Heavy Duty dude
New Member
Let's say the hypertrophy phenomenon consists of 10 steps in cascade. Since those steps are all biological, none of them are going to be linear.
For instance, if there is twice as much microtrauma, how much more microtrauma "notification" is sent to the nucleus? Probably not twice as much..
The thing I want to get to is that after 10 steps that are each non linear, the end result is going to be VERY non linear. Hence the fact that the hypertrophic response is very non linear with the volume.
Same for the RBE, except that the steps are different.
The likely consequence also is that the RBE and the hypertrophy are likely to be non linear with each other, because each are composed of many different steps that are non linear.
So it's not impossible that someone who makes like 10 times more microtrauma - 10 times greater initial stimulus - may end up with a RBE/hypertrophy ratio if you will 5 times greater or whatever. The guy would condition very fast for not much more hypertrophy.
The reverse could be true also.. Isn't that
??
Ok, ok I'm going back to sleep..
For instance, if there is twice as much microtrauma, how much more microtrauma "notification" is sent to the nucleus? Probably not twice as much..
The thing I want to get to is that after 10 steps that are each non linear, the end result is going to be VERY non linear. Hence the fact that the hypertrophic response is very non linear with the volume.
Same for the RBE, except that the steps are different.
The likely consequence also is that the RBE and the hypertrophy are likely to be non linear with each other, because each are composed of many different steps that are non linear.
So it's not impossible that someone who makes like 10 times more microtrauma - 10 times greater initial stimulus - may end up with a RBE/hypertrophy ratio if you will 5 times greater or whatever. The guy would condition very fast for not much more hypertrophy.
The reverse could be true also.. Isn't that


Ok, ok I'm going back to sleep..


